A Low-Cost Drift-Free Optical-Inertial Hybrid Motion Capture System for High-Precision Human Pose Detection.
Yue LiDongdong WengDong LiYihan WangPublished in: ISMAR Adjunct (2019)
Keyphrases
- high precision
- motion capture
- human body
- human pose
- human motion
- low cost
- body parts
- high recall
- motion capture data
- pose estimation
- human detection
- pedestrian detection
- object detection
- high accuracy
- human pose estimation
- detection rate
- three dimensional
- human actions
- markerless
- body pose
- computer graphics
- image sequences
- computer vision
- action recognition
- software engineering
- spatio temporal
- machine learning
- human computer interaction
- multi view